Possible to canonically digitize analog data to create public RNG?
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Suppose you have a random data source, for which different observers will often, but not always, agree on a digitization. E.g. how many sun spots are visible from Earth right now, or what's the current pulse rate of a particular long-period pulsar relative to a millisecond pulsar. Each observer has his own camera or detector.
hope it helps you
I think this is the correct answer?
Suppose you have a random data source, for which different observers will often, but not always, agree on a digitization. E.g. how many sun spots are visible from Earth right now, or what's the current pulse rate of a particular long-period pulsar relative to a millisecond pulsar. Each observer has his own camera or detector.
hope it helps you
Ashi03:
what?
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When you "digitize" something, you convert it from analog to digital. For example, if you import a VHS tape from a VCR into your computer, you might use an analog-to-digital converter (DAC) to convert the analog signal to a digital stream of data. This is because computers are digital devices and can only read digital data.
Digital files are created by taking samples of analog data, typically at the rate of several thousand per second. For example, a sampling rate of 44.1 kHz, which is what standard audio CDs use, indicates that the audio is being sampled 44,100 times every second. Therefore, the higher the sampling rate, the better the quality of the digitized file.
Because digitizing analog data is done by sampling sections of data, the end result is really an estimation of the original data. However, as long as a high sampling rate is used, our ears and eyes perceive digitized audio or video as a steady stream of analog data. Because digital data can be edited by computers and can be endlessly copied with no loss of quality, most of today's audio and video media are created in a digital format
Digital files are created by taking samples of analog data, typically at the rate of several thousand per second. For example, a sampling rate of 44.1 kHz, which is what standard audio CDs use, indicates that the audio is being sampled 44,100 times every second. Therefore, the higher the sampling rate, the better the quality of the digitized file.
Because digitizing analog data is done by sampling sections of data, the end result is really an estimation of the original data. However, as long as a high sampling rate is used, our ears and eyes perceive digitized audio or video as a steady stream of analog data. Because digital data can be edited by computers and can be endlessly copied with no loss of quality, most of today's audio and video media are created in a digital format
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